Healthy food
Here I believe more in the cultivation of artificial food from incubators, sports nutrition, and vitamin complexes. Food produced in modern agriculture is at risk of transmitting harmful microbes and fungal viruses.
Harmful microbes, viruses and fungi are a natural communication channel for humans and all of nature, the instinct of self-preservation, community, ecosystem balance - and cannot be used in their natural form for the future of humanity, space travel. Some intelligence services discover, actively and successfully suppress methods of “dispersing” such channels by undermining the immunity of a healthy person - the victims, but in such reports there is not a word about dummies - hunted and poisoned victims of crime, hostages, the statute of limitations of crimes and how big this fungus-like net.
Moreover, it is unclear how the consumption of ready-made amino acids and other “fast” elements in food instead of the long process of digestion will affect digestion and brain activity in the long term, but I can assume that with the release of energy in favor of healthy brain activity.
There are developments in the production of artificial food from incubators, they are successfully used as well as sports nutrition and vitamin complexes. Moreover, most packaging materials meet the conditions of tightness and strength. Products in packaging are stored under appropriate temperature conditions.
#science #dna #Medicine

DNA_2
The main direction of DNA technology is still human health. Whatever one may say, no cyber bone will last you more than a couple of decades, simply because of the fatigue of the material, unlike native biological material that successfully performs its functions throughout life.
The emergence of new medicines and techniques based on DNA technologies is taking medicine to a completely different innovative breakthrough level, but at the same time they are several or several orders of magnitude more expensive than existing modern services. Already now, companies have been created and are present on the market producing a new generation of medicines based on DNA technologies at a price of several million dollars per course. Access to which patients from many countries is limited, which involuntarily shackles them into numbing horror. Businesses are quite undervalued, underinvested and often survive only on huge government subsidies.
Not to mention such expectations from DNA technology as the restoration of lost teeth, damaged areas of tissue, limbs, as an investor it is still important to understand the root cause for the successful implementation of technologies.
It is difficult to talk about expectations that DNA technologies can affect life expectancy; the issue is rather complex, more complex than it seems, most likely contains many interdependencies, and is rather incompletely studied.
I am sure that essential drugs, vitamins, sports and specialized nutrition will never disappear and will always be in the first category of availability.
All this leads to the fact that the health of each person will be spoken of as being of significant value, health data will be strictly protected, encrypted, stored and taken into account, not only in hospitals, but also in insurance companies and specialized branches of banks, crypto companies, thereby strengthening the breakthrough in medicine.
#binance #dna #investment #science #Medicine
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Self-Replicating DNA Nanobots Unleash a New Era. 😨☠️

In a groundbreaking collaboration, scientists at New York University, the Ningbo Cixi Biomechanical Engineering Institute, and the Chinese Academy of Sciences have propelled nanotechnology into uncharted territory. The star of the show? Self-replicating DNA nanobots, a marvel created from just four DNA strands.

Nano Marvels Unleashed

Measuring a mere 100 nanometers, these nanobots can effortlessly line up a thousand across the width of a human hair. What sets them apart is their ability to transcend two-dimensional limitations, thanks to multi-axis precision folding and positioning, crafting intricate three-dimensional structures.

Mastering the Dance of Light and Temperature

Controlled by temperature and ultraviolet (UV) light, these nanobots perform a synchronized dance, capturing and aligning different components to construct awe-inspiring structures. Once their mission is complete, they gracefully return to their original configuration.

The Promise of Medical Revolution

Imagine nanobots residing within our bodies, presenting a novel frontier in medicine. While external stimuli, such as temperature and UV light, control their actions, their potential to treat diseases heralds a new era in healthcare.

Balancing Potential and Caution

The sheer potential of these nanobots is immense, from producing drugs to crafting enzymes within our cells. However, concerns arise, echoing the "Gray Goo" scenario. Researchers assure us that the nanobots remain benign, lacking the ability to replicate without specific DNA components and UV light.

A Glimpse into the Future

As the nanobots open new possibilities for nanotechnology, they pave the way for revolutionary advancements in medical treatments and beyond. The collaboration between minds from New York to China has ignited a spark that could reshape our world.

#dna #nanobots #China

🔬 DNA Computing Breakthrough - Will Blockchain be "alive"?

Scientists have made a significant leap in molecular computing, potentially paving the way for running computer networks inside living cells. A recent breakthrough by researchers at North Carolina State University and Johns Hopkins University has resulted in the creation of a functional DNA computer, capable of performing both storage and computational tasks using DNA instead of electricity.

This groundbreaking DNA-based computer has demonstrated its potential by solving complex problems, such as sudoku and chess, showcasing a unique blend of biological computing and problem-solving capabilities. Unlike traditional computers, which rely on silicon chips and electrical circuits, DNA computers use synthesized DNA molecules to perform computations. While practical applications inside living organisms are still a ways off, this development lays the groundwork for future exploration.
Current molecular computers are built with synthetic DNA outside of living organisms, but there is no fundamental scientific barrier preventing the eventual integration of DNA-based computing systems into living cells. With adequate funding and research, it's conceivable that future advancements could lead to the development of DNA-based networks capable of operating within a single organism.

📈 Imagining Living Blockchains
A DNA-based computer system inside living cells could theoretically operate like a blockchain network. Just as traditional blockchain networks have nodes that validate transactions, different cells within a human body could function as validation nodes on a cellular blockchain. For example, a blockchain network could be established within specific organs—like the heart or liver—to monitor and verify cellular functions and integrity continuously.

Do you think that's a huge step or are we playing god?

Stay updated with @Professor Mende - Bonuz Ecosystem Founder and drop a follow!

#dna #blockchain #technology #crypto #cryptonews $BTC

DNA_1
Based on the initial DNA analysis, we can say that this is a universal molecular platform for all living things with a high degree of compatibility, often a difference of less than 1%.
This also explains some of the benefits of natural products; we can note a certain interchangeability at the molecular level, technically speaking.
So, for example, if we assume that if amino acids were isolated from more intellectually developed creatures or aliens and offered to humans, then this would definitely affect human development.
DNA has a fairly short life cycle.
This explains her point position, the nature of the mutually beneficial coexistence of various genes written in one chain focused on current immediate tasks and not on sorting through the category of a struggle for the future or unsuccessful experiences from the past. Although nothing cancels the confidence that the last processes in the DNA chain are reflected in some other way beyond that point position for the sake of sustainability of cell life. Perhaps through the same superpositions. Perhaps the answer to this would be given by the principles of complementarity inherent in biomolecules. It is possible, including through the diversification of calculations on different biomolecules. Moreover, most likely here we can talk about smart superpositions, about some superposition field, if we still take into account the nature of biomolecules.
It is possible to develop technologies such as single-atom coating as in a quantum computer, which would become possible thanks to technologies based on knowledge of DNA. Such a quantum computer technology would involve the creation of technical cells existing in special laboratory or incubation conditions whose logic of life would go beyond the scope of natural life.
#binance #investment #science #dna #quantumcomputer
Photo: BIXEL